Difference between revisions of "Fall 2022 Schedule"
CompSemUser (talk | contribs) |
CompSemUser (talk | contribs) |
||
| Line 8: | Line 8: | ||
| 1.22.20 || Abe Handler (PhD student from UMass) | | 1.22.20 || Abe Handler (PhD student from UMass) | ||
|- style="border-top: 2px solid DarkGray;" | |- style="border-top: 2px solid DarkGray;" | ||
| − | | 1.29.20 || | + | | 1.29.20 || Lifeng Jin's talk at 4:00pm loc: Muen D430, Modeling Syntax Acquisition with Cognitive Constraints |
| + | Abstract: Children seem to learn their first languages effortlessly, but how they are able to do this has been heatedly debated for many years among linguists. | ||
| + | Recent advances in computational linguistics have presented us a unique opportunity to explore the problem of syntax acquisition with computational modeling. In this talk, I will first introduce syntax acquisition modeling, also known as grammar induction, from a theoretical perspective. I will then present our efforts in modeling syntax acquisition with statistical machine learning models with human memory constraints. Simulations using Bayesian and neural network models on natural data in many languages have provided insight into how language acquisition may happen without universals as inductive biases as well as how cognitive constraints may interact with syntax acquisition. Finally I will discuss some theoretical considerations and future directions for acquisition modeling. | ||
|- style="border-top: 2px solid DarkGray;" | |- style="border-top: 2px solid DarkGray;" | ||
| 2.5.20 || Katharina practice talk (Meta-learning for morphological inflection) | | 2.5.20 || Katharina practice talk (Meta-learning for morphological inflection) | ||
Revision as of 12:23, 27 January 2020
| Date | Title |
|---|---|
| 1.15.20 | Planning |
| 1.22.20 | Abe Handler (PhD student from UMass) |
| 1.29.20 | Lifeng Jin's talk at 4:00pm loc: Muen D430, Modeling Syntax Acquisition with Cognitive Constraints
Abstract: Children seem to learn their first languages effortlessly, but how they are able to do this has been heatedly debated for many years among linguists. Recent advances in computational linguistics have presented us a unique opportunity to explore the problem of syntax acquisition with computational modeling. In this talk, I will first introduce syntax acquisition modeling, also known as grammar induction, from a theoretical perspective. I will then present our efforts in modeling syntax acquisition with statistical machine learning models with human memory constraints. Simulations using Bayesian and neural network models on natural data in many languages have provided insight into how language acquisition may happen without universals as inductive biases as well as how cognitive constraints may interact with syntax acquisition. Finally I will discuss some theoretical considerations and future directions for acquisition modeling. |
| 2.5.20 | Katharina practice talk (Meta-learning for morphological inflection) |
| 2.12.20 | Daniel prelim presentation (prepositional polysemy) |
| 2.19.20 | Sebastian Schuster 17th 4:00pm & Adina Williams 19th 4:00pm & Chris Potts 21st 12:00PM loc: MUEN D430 |
| 2.26.20 | Alexis Palmer 4:00pm |
| 3.4.20 | |
| 3.11.20 | Vivian prelim |
| 3.18.20 | CLASIC capstone |
| 3.25.20 | Spring Break - No Meeting |
| 4.1.20 | COLING paper clinic |
| 4.8.20 | Rehan Prelim |
| 4.15.20 | Skatje's proposal |
| 4.22.20 | Chelsea proposal |
| 4.29.20 | Jon prelim |
| 5.2.18 | EMNLP paper clinic |
| 5.6.20 | Finals week |
Past Schedules
- Fall 2019 Schedule
- Spring 2019 Schedule
- Fall 2018 Schedule
- Summer 2018 Schedule
- Spring 2018 Schedule
- Fall 2017 Schedule
- Summer 2017 Schedule
- Spring 2017 Schedule
- Fall 2016 Schedule
- Spring 2016 Schedule
- Fall 2015 Schedule
- Spring 2015 Schedule
- Fall 2014 Schedule
- Spring 2014 Schedule
- Fall 2013 Schedule
- Summer 2013 Schedule
- Spring 2013 Schedule
- Fall 2012 Schedule
- Spring 2012 Schedule
- Fall 2011 Schedule
- Summer 2011 Schedule
- Spring 2011 Schedule
- Fall 2010 Schedule
- Summer 2010 Schedule
- Spring 2010 Schedule
- Fall 2009 Schedule
- Summer 2009 Schedule
- Spring 2009 Schedule
- Fall 2008 Schedule
- Summer 2008 Schedule
